Stability test platform and method

Abstract

The invention provides a stability test platform and a stability test method. The stability test platform comprises a stability console, a power supply automatic control device, a terminal equipment matrix, an uplink exchanger and a network test instrument. By the stability test platform and the stability test method, multiple test function combinations can be finished flexibly, simply and conveniently without manual intervention; and the complete and high-strength stability test is implemented.

Description

technical field [0001] The invention relates to the testing field of communication equipment, more specifically, a stability testing platform and testing method of access equipment. Background technique [0002] With the rapid development of Internet technology, IP network has become an indispensable tool in people's daily work and life. The access device is the "last mile" to connect users, so the stability of the product is self-evident. In recent years, xPON access products have been favored by operators because they can provide long-distance and high-bandwidth access effects, adopt a tree-shaped point-to-multipoint structure, and have good scalability. In the case of multi-user and high-volume access, the stability of xPON access products is becoming more and more critical. Therefore, how to quickly and accurately test the design security risks of equipment in the laboratory stage has become an issue of increasing concern in the industry. [0003] In the past, the stab...

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Problems solved by technology

[0003] In the past, the stability test was based on the decentralized networking of the tested functional blocks. For example, two PON line ports need to be connected to a 2:N optical splitter during line card protection switching; during multi-service testing, the uplink needs to be connected to softswitch equipment and BRAS (Broadband Remote Access Server, broadband remote access server), etc.; when the central office equipment and terminal equipment matrix are powered off and restarted, it is necessary to manually cut off the power supply, etc., so it is often necessary to manually change the test networking environment in the stability test. It is cumbersome and inconvenient, and the test efficiency is not high; secondly, due to resource and time constraints, each stability test function block is mostly a single manual test, and the combined test between function blocks is rarely performed, resulting in the stability of the device under multiple conditions Insufficient robustness testing; the third is manual testing, the time and frequency of stability testing are controlled by testers, such as device restarts, manual restarts are often only done a few times to a dozen times, and rarely reach hundreds of times The scale of the test is prone to the situation that the test intensity is not enough to cause the failure to be detected

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